1Z0-493 Online Practice Questions and Answers

What is the key significance of componentKey in the following ControlData structure?

ControlData/Functions/Order_Component_Name/componentKey A. to uniquely identify an instance of an order component at run time

B. to calculate the processing granularity that generates the componentKey for a function or target system

C. to store the granularity of the function that is identified by Order_Component_Name

D. to indicate the function name, target system name, and granularity name of an order component

E. to store any key generated during the execution of an order component that is identified by Order_Component_Name

Your customer requests OSM to be installed in a highly available environment to support a large volume of inbound orders and outbound requests. Which three components of the OSM architecture would you consider to propose to your customer?

A. Oracle WebLogic installation with a cluster of admin servers

B. Oracle Database with Real Applications Cluster (RAC)

C. Administrator application installation in a clustered environment

D. Load balancer to balance the workload among Oracle WebLogic Servers

E. WebLogic Node Managers to control the Managed Servers

When designing a decomposition rule, you include a decomposition condition with the following expression. Identify the reason for this development methodology.

A. to include only order items with a ServiceActionCode property that does not equal "NONE" in the target order component

B. to include only order items with a ServiceActionCode property that equals "NONE" in the target order component

C. to generate a target order component only when at least one order item in the source order component has a ServiceActionCode property that does not equal "NONE"

D. to generate a target order component only when at least one order item in the source order component has a ServiceActionCode property that equals "NONE"

E. to generate a target order component only when all order items in the source order component have a ServiceActionCode property that does not equal "NONE"

F. to generate a target order component only when all order items in the source order component have a ServiceActionCode property that equals "NONE"

You have implemented a custom logic that indicates in a field of your order data if the point-of-no-return (PoNR) has been reached or not. Identify two places where you should implement the logic to check this PoNR when order entry systems want to apply changes to an in-flight order.

A. in a behavior in the Creation Task that is used to create your order

B. in the Cancel Order transitions of the Order Lifecycle Policy

C. in the Submit Amendment transitions of the Order Lifecycle Policy

D. in the Process Amendment transitions of the Order Lifecycle Policy

E. in the order recognition rule that recognizes your order

In a manual task, there are three text fields configured: FIrstName, LastName, and FullName. In the FirstName and LastName fields, a Constraint Behavior is configured. In the FullName field, a Calculation Behavior is added with the following XPath expression:

While executing the manual task, a user enters values in the FirstName and LastName fields, but the FullName field is not calculated automatically. What should be done to have the FullName field automatically calculated?

A. Remove the Calculation Behavior from the FullName field and add it to either the FirstName or the LastName field.

B. Add an Event Behavior to the FirstName and LastName fields.

C. Eliminate the Constraint Behavior from the FirstName and LastName fields.

D. Remove the Constraint Behavior from the FirstName and LastName fields and add it to the FullName field.

E. Add a Relevant Behavior to the FirstName and LastName fields.

A new CRM system is submitting orders, which are recognized by a recognition rule, to an OSM instance. However, the validation rule XQuery returns errors. How would you justify that these errors are related to the validation rule?

A. Orders are created with the Not Started state.

B. Orders are created with the Failed state.

C. Orders are created with the Completed state.

D. Orders are created with the Aborted state.

E. Orders are created with the In Progress state.

Which three aspects can you ascertain by analyzing an orchestration plan in the Order Management Web client?

A. You can find the order items that are associated with each fulfillment function.

B. You can identify the order components that will be executed in parallel.

C. You can identify the order components that will be executed at the beginning of order execution.

D. You can identify the fulfillment mode associated with an order.

E. You can define the dependency conditions between order components.

You have a product specification that has an order component called Provisioning. You are now required to select order items to be included in this order component by implementing a condition that is based on order item properties. Consider that you do not want to impact other product specifications that also use the Provisioning function, that the decomposition rules apply to all product specifications, and that you do not want your logic to be dependent on the product specification name.

Given this scenario, where would you define the condition logic?

A. in the existing decomposition rule condition

B. in the product specification order component condition

C. in the orchestration stage order component condition

D. in the order item specification orchestration condition

E. in the orchestration plan dependencies condition

Which OSM component should not be installed on Linux environments?

A. Database Schema

B. Database Utilities

C. Server

D. Administrator

E. SDK Tools

F. SDK Samples

You are designing a new fulfillment process for VPN sites for a communications service provider that wants to select manually if the supply chain activity should be executed or not. Considering that your implementation includes a manual task, which two options can you use to fulfill your client's request?

A. defining multiple statuses in the manual task

B. designing different flow branches from the manual task

C. adding an automator to the manual task

D. adding a rule to the manual task

E. assigning multiple roles to the manual task

Due to internal errors in a downstream system, one of the automated tasks is receiving an error response to a request sent from OSM. Considering that the error is an issue that could be resolved by simply retrying the request, identify the functionality you would use to recover from this fallout scenario.

A. Order Change Management

B. Notifications

C. Jeopardy

D. automation framework transaction rollback E. follow-on order

You implement a dependency between two functions in a product specification. What is the default configuration you expect in this dependency?

A. It would have a wait condition with a wait delay configuration.

B. It would have a wait condition based on a data change notification.

C. It would use a product specification dependency.

D. It would use an order item dependency.

E. It would use a property correlation dependency.

You have a cartridge that defines three stages of decomposition. The first stage contains order components that represent functions, the second stage contains order components that represent target systems, and the third stage contains order components that represent granularities. You want to define decomposition rules that always apply the same granularity to a function, independent of the target system that this function is communicating to. How would you design these decomposition rules such that it is easy to maintain them in the future evolutions of your system topology?

A. a single decomposition rule with the function as the source order component and the granularity as the target order component

B. a single decomposition rule that has all target systems as source order components and the granularity as the target order component

C. a single decomposition rule that has only the target systems used by the function as source order components and the granularity as the target order component

D. one decomposition rule for each target system, having this target system as the source order component and the granularity as the target order component

E. one decomposition rule for each target system used by the function, having this target system as the source order component and the granularity as the target order component

Which two pieces of information must be retrieved from the order items of an incoming order to create a follow-on order dependency?

A. the reference number of the follow-on order

B. the display name property of an order item in the base order

C. the index of an order item in the base order

D. the line ID property of an order item in the follow-on order

E. the ID of the base order

You are working with an architecture that involves multiple billing systems. Each billing system returns its own set of external fulfillment states that you want to map to a smaller set of mapped fulfillment states defined in your cartridge. Identify two ways to implement this.

A. Preprocess the external fulfillment states in the automation that communicates to each billing system and define a single Fulfillment State Map for all billing systems.

B. Push the external fulfillment states unaltered in the automation that communicates to the billing system and define a Fulfillment State Map for each billing systems.

C. Push the external fulfillment states unaltered in the automation that communicates to the billing system and define an Order Item Composition Rule Set for each billing systems.

D. Push the external fulfillment states unaltered in the automation that communicates to the billing system and define an Order Composition Rule Set for each billing systems.

E. Push the external fulfillment states unaltered in the automation that communicates to the billing system and define an upstream system notification logic for each billing systems.